This paper presents the adaptive and self - tuning control strategy and algorithms for vehicle suspension design.
本文研究了车辆主动悬架自适应与自校正控制的策略与算法。
The optimization results meet the demands of suspension design and the targets of suspension's performance achieved their ideal variational range.
优化结果显示本文所设计的前悬架满足设计要求，悬架的性能指标参数达到了理想的变化范围。
With a comparison of dynamic tire forces before and after optimization, some helpful conclusions about suspension design and application are made.
通过比较优化前、后车辆对道路的动载荷，提出了对车辆悬架设计与使用方面的有益建议。
Various suspension system structure and principle are introduced, and problems in suspension design and study direction are concluded in this paper.
文中对不同悬架系统的结构和原理进行了介绍，并对目前悬架设计中存在的问题和研究的方向进行了总结。
After the steel wire, the suspension design, improved the bracket stress condition, the steel wire has taken in and put away is convenient, is safe;
钢丝绳后挂式设计，改善了悬臂受力状况，钢丝绳收放方便、安全；
The optimized suspension design can make the rolling stock achieve high critical stability speed after the elastic location being adopted for the bogie.
转向架采用弹性定位之后，优化的悬挂设计可以使机车车辆达到很高的稳定性临界速度；
Case analysis proved to be acceptable and show that the model and its method can be used for armored tracked vehicle suspension design and dynamical analysis.
仿真实例分析说明本文所建模型和建模采用的方法对高速履带车辆的悬挂系统的设计和动力学分析具有积极的作用。
Study Design. Prospective evaluation of a new suspension test to determine curve flexibility in adolescent idiopathic scoliosis (AIS) in comparison with erect side-bending.
研究设计：前瞻性评估一种新的悬吊试验以确定青少年特发性脊柱侧凸(AIS)的脊柱柔韧性，并与直立位侧方推挤试验相比较。
Stormwater pipeline design requirements should be the location of installation, suspension control is no slope to the level of the installation.
雨水管道应按设计规定的位置安装，悬吊管不设坡度、要水平安装。
The design of the elastic suspension or centering system and its protective stop systems are intimately related.
弹性悬挂或定中心系统和起保护作用的限制系统的设计是密切相关的。
The purpose of suspension system design of Maglev-train is to improve the passenger's comfortableness on the seat. The magnetic railway is generally supported.
整个磁悬浮系统舒适性设计的目的就是实现旅客的乘坐舒适性。
In this paper author discuss that determine philosophy of in suspension speed and design of the test-bed.
本文对悬浮速度的测定原理，试验台的设计和制作都作了探讨和分析。
Why is the FB a new air suspension? It has new and updated design concepts to make the complete assembly more versatile.
为什么说FB是一种新的空气悬挂？因为它有一些新的设计理念来使整个装配的性能更加全面。
The conclusions are useful to the structure design of electrostatic suspension.
所得结论对于静电悬浮结构设计有一定指导作用。
First, briefly introduced the automobile suspension system basic composition, the design request.
首先简要介绍了汽车悬架系统的基本组成、设计要求。
These results deduced from the discussions can supply important references to analysis and design of similar superconducting suspension systems.
总结出的结论为超导悬浮系统的分析和设计提供重要的参照。
Analyze the effect of suspension Angle rigidity on stress of frame-body carrying system. Emphasize the proper matching of suspension Angle rigidity and frame-body Angle rigidity in design.
分析了悬架角刚度对车架-车身承载系统受力的影响，强调在设计时应使悬架角刚度与车架-车身角刚度合理匹配。
So we suggest that the design of suspension should keep out of the structure which can result in generating interference stress.
建议在设计悬架系统时，尽量避免导致系统产生“干涉应力”的结构出现。
Suspension of the project through the stamping die design, consolidate and deepen the knowledge, and achieved satisfactory results, to achieve the desired design intent.
本课题通过对工件的冲压模具设计，巩固和深化了所学知识，取得了比较满意的效果，达到了预期的设计意图。
This text introduces the process of design improvement of the air suspension guide arm, and analyzes the guide arm and kingpin caster Angle before and after the improvement.
简要介绍空气悬架导向臂的设计改进过程，并对改进前后的导向臂和主销后倾角进行简要分析。
According to the optimized results, matched design of the stiffness and damping of suspension was conducted.
根据优化结果，对悬架系统的刚度和阻尼进行了匹配设计。
The four-link rods type suspension is an advanced suspension type, can guarantee in design the better straight driving performance of automotive vehicle and reduce in maximum the load effect.
四连杆式悬架是技术比较先进的悬架形式，可以从设计上保证车辆良好的直线行驶性能并最大程度减轻载荷的影响。
The four link rods type suspension is an advanced suspension type, can guarantee in design the better straight driving performance of automotive vehicle and can reduce in maximum the load effect.
四连杆式悬架是技术比较先进的悬架形式，可以从设计上保证车辆良好的直线行驶性能并最大程度减轻载荷的影响。
The paper regards a pickup vehicle as the research object, using ADAMS to suspension optimization design and controlling system study.
本文以某皮卡车为研究对象，应用adams软件进行悬架优化设计和控制研究。
The content of this article provide the technical support to enhance the design quality of the McPherson suspension and steering system, reduces the design cycle, reduces the labor intensity.
本文研究内容为提高麦弗逊悬架和转向系统的设计质量，缩短设计周期，降低劳动强度提供了技术支持。
During construction, all the parts of Ziyahe self-anchored suspension bridge have been successfully controlled and the design expectation has been fulfilled.
子牙河自锚式悬索钢桥各部分在整个施工过程中状态控制良好，达到了预想的设计效果。
Finally the design of a non linear suspension controller was presen.
针对悬浮系统的非线性特征，设计了一种非线性悬浮控制器。
Finally the design of a non linear suspension controller was presen.
针对悬浮系统的非线性特征，设计了一种非线性悬浮控制器。
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